Does anti-glare treatment replace the need for higher brightness?

No. Anti-glare treatment and brightness address different aspects of readability. Combining both often provides better results than relying on either approach alone.

Is 10-point touch necessary for industrial equipment?

Many industrial applications only require single-touch operation, but multi-touch capability offers greater flexibility for future interface development.

Home » Products » Touch Displays » 7 Inch 1024×600 High Brightness PCAP Touch Display

7 Inch 1024×600 High Brightness PCAP Touch Display

Name: 7 Inch 1024×600 High Brightness PCAP Touch Display
Brand: FANNAL
Rating: 5.0 (35 reviews)

7 Inch High Brightness Sunlight Readable Touch Display

Model:
FN070AM109-V2
Brand:
FANNAL
Size(inch):
7
Cover OD (mm):
166x101x7.85
Display AA(mm):
154.21x85.92
Operation Temp(℃):
-20~70
Storage Temp(℃):
-30~80
TP VA (mm):
155.21(H)x86.92(V)
Structure:
G+G
Resolution:
1024x600
Display Interface:
LVDS
TP Interface:
I2C+USB
Brightness(cd/m²):
930

Quantity:
Availability:





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Product Description

Drawing & Specifications

Applications

Customizations

FAQ

Product Features

Optical Bonding to Improve Display Visibility

The display uses full lamination (optical bonding) instead of air bonding. By eliminating the air gap between the touch panel and the TFT, internal reflections are reduced, helping improve perceived contrast and readability in bright environments. Optical bonding can also minimize the visual effect of condensation that may occur in changing temperature conditions.

930 Nits Typical TPM Brightness

The integrated touch display provides 930 nits typical brightness and 760 nits minimum brightness after touch integration.

The TFT panel itself delivers 1200 nits typical luminance, while the complete TPM brightness reflects the optical losses introduced by the cover glass, anti-glare treatment, touch sensor, and bonding materials. Evaluating TPM brightness rather than bare TFT brightness provides a more realistic indication of end-product performance.

Anti-Glare Surface Treatment for Bright Environments

The cover glass incorporates anti-glare treatment (70 ±15), helping diffuse reflected light from overhead lighting or outdoor ambient conditions. This can improve screen readability without relying solely on increased backlight output.

10-Point Projected Capacitive Touch with maXTouch Controller

Powered by the Microchip mXT1664T3 touch controller, the display supports up to 10 simultaneous touch points. The maXTouch family is widely used in industrial and professional applications due to its stable touch performance and extensive integration experience across various operating systems.

Industrial Operating Temperature Range

The display supports operation from -20°C to +70°C and storage from -30°C to +80°C, making it suitable for equipment deployed in non-climate-controlled environments.

Long-Life LED Backlight System

The TFT module is rated for a 50,000-hour typical LED lifetime, supporting applications that require extended operating periods and reduced maintenance intervals.

Drawing

Specifications

PROPERTY	Requirement
STRCUTURE	G+G
Bonding Type	Full lamination
TOUCH IC	mxT1664T3
NO. OF TOUCH	10
Coverglass Thickness	1.1mm(Sodalime)+AG
ITO Glass Thickness	0.7mm
Surface Hardness	≥7H
Light Transmittance	85% Min
Operating Temperature	-20~70° C
Storage Temperature	-30~80° C
TP+LCM BRIGHTNESS (MIN)	760 cd/m²
TP+LCM BRIGHTNESS (TYP)	930 cd/m²

Applications

EV Charging Stations

High brightness and optical bonding help maintain screen visibility under varying daylight conditions, while projected capacitive touch supports intuitive user interaction.

Outdoor Industrial HMI Systems

Suitable for industrial control equipment installed in outdoor cabinets, factory yards, or semi-exposed environments where display readability is important.

Agricultural Equipment

Can be integrated into tractor displays, agricultural automation systems, and operator interfaces exposed to changing ambient lighting conditions.

Marine and Transportation Systems

Applicable to onboard monitoring systems and control panels where reflections and varying light conditions may affect usability.

Portable Diagnostic and Service Equipment

Useful for field instruments and portable equipment that require a combination of touch functionality and enhanced visibility in bright environments.

Automotive Display

Kiosk touch screen

Railway display

E-bike display

Outdoor display

Industrial display

Medical touch screen

Gym-screen

Engineering Plant

Motorcycle display

Vending Machine Display

Embedded display

Customizations

To meet diverse integration needs, we offer extensive customisation for you, including:

● Custom Display Options

LCD Panel

• Size range: 1.77" to 15.6"
• Trusted panel partners: BOE, INNOLUX, JDI, Hannstar, CTC, TCL, and TIANMA.
• Panel types: IPS / TN / LTPS
• Operation Temperature: Industrial (-20 ~ 70°C), Automotive (-30 ~ 85°C)

Interface Design

• Tailored shape, length, and PIN definitions for full compatibility.
• EMI shielding and circuit optimisation.
• Supports multiple conversions: SPI, MCU, RGB, MIPI, LVDS, EDP

Back Light

• Module material options: metal/plastic/metal–plastic integration
• High brightness up to 30,000 cd/m², ideal for outdoor or industrial use.
• Long lifetime up to 50,000 hours.

Driver Board

• Options: RGB / VGA / HDMI / LVDS / DVI / Type-C
• Fully compatible with custom TFT and LCD modules.

• Optimised design for stable image transmission and performance.

● Custom Touchscreen Options

Touch Sensor

• Available Sizes: Up to 65"

• Structure Options: G+G, G+F+F, designed for industrial and automotive applications

• Touch Functions: Supports multi-touch, waterproof, glove touch, passive pen, gesture & palm rejection

• Operating Temperature:

Industrial Grade: –20°C ~ +70°C

Automotive Grade: –30°C ~ +85°

Touch Controller (IC)

• Touch tuning and firmware optimization provided by FANNAL (in-house FW design)
• Trusted IC partners: EETI, ILITEK, GOODiX, FocalTech, Cypress, Microchip(FANNAL's Design Partner)
• High Reliability: Excellent anti-interference and long-term stability
• EMC Design: Full electromagnetic compatibility engineering to meet EMI/RFI and industrial standards

Cover Lens

• Material Options:

Glass: 0.55mm–10.0mm
PMMA: 0.5mm–3.0mm
PC: 0.1mm–1.0mm
• Custom Design: CNC, Hot bending, 3D & 2.5D cover glass, ceramic printing, and PMMA integration
• Surface Treatments:
3A: AG / AR / AF
Anti-Microbial / Anti-Explosion

● Custom Optical Bonding Service

Optical Bonding	Size Range	Notes
OCA	Up to 15.6”	Two fully automated production lines for high-volume manufacturing
LOCA / OCR	Up to 32”	Excellent for high contrast and durability
Silicone	Up to 32”	Ideal for rugged, large-size industrial applications

FAQ

Why is the TPM brightness lower than the TFT panel brightness?

The TFT panel provides 1200 nits typical luminance before touch integration. After adding the cover glass, anti-glare coating, touch sensor, and optical bonding materials, some light transmission loss occurs. The TPM brightness specification represents the actual performance of the completed touch display assembly.

Is 930 nits sufficient for sunlight-readable applications?

In many outdoor and bright industrial environments, yes. However, readability depends not only on brightness but also on optical bonding, surface treatments, viewing angle, enclosure design, and ambient lighting conditions. Extremely demanding outdoor applications may require even higher brightness levels.

Why choose optical bonding instead of air bonding?

Optical bonding helps reduce internal reflections, improve perceived contrast, and minimize the appearance of condensation between the touch panel and display. These advantages are particularly valuable in bright environments.

What role does anti-glare treatment play if the display is already high brightness?

Higher brightness alone does not eliminate reflections. Anti-glare treatment helps scatter reflected light from external sources, which can improve viewing comfort and readability in practical operating conditions.

When is a 10-point touchscreen beneficial in industrial equipment?

Many industrial applications use only single-touch operation. However, multi-touch capability provides flexibility for gesture-based interfaces, future software updates, and applications where more advanced user interaction may be required.